Is the emphasis on Zone 2 training on flat roads for ultra-endurance events a misguided approach that neglects the importance of specific high-intensity interval training and hill repeats in building the necessary physiological adaptations for sustained power output over extended periods.
While Zone 2 training is widely regarded as an effective means of improving cardiovascular fitness and increasing mitochondrial density, allowing for more efficient energy production, it seems to prioritize steady-state endurance over the development of the high-intensity efforts and anaerobic capacity that are often required during ultra-endurance events.
Furthermore, training on flat roads may not adequately prepare athletes for the varied terrain and unpredictable conditions that are commonly encountered during ultra-endurance events, potentially leaving them ill-equipped to handle the physical and mental demands of such events.
Is it not possible that a more balanced training approach, incorporating a mix of Zone 2 endurance training, high-intensity interval training, and hill repeats, would be more effective in preparing athletes for the unique challenges of ultra-endurance events, and ultimately, lead to greater success and improved sustained power output during such events.
Additionally, do the benefits of Zone 2 training on flat roads, such as increased cardiovascular fitness and improved mitochondrial density, necessarily translate to improved sustained power output during ultra-endurance events, or are these benefits largely specific to the type of training being performed.
It would be interesting to hear from others on this topic, particularly those with experience in ultra-endurance events, and gain a better understanding of the relative importance of different types of training in preparing for such events.
While Zone 2 training is widely regarded as an effective means of improving cardiovascular fitness and increasing mitochondrial density, allowing for more efficient energy production, it seems to prioritize steady-state endurance over the development of the high-intensity efforts and anaerobic capacity that are often required during ultra-endurance events.
Furthermore, training on flat roads may not adequately prepare athletes for the varied terrain and unpredictable conditions that are commonly encountered during ultra-endurance events, potentially leaving them ill-equipped to handle the physical and mental demands of such events.
Is it not possible that a more balanced training approach, incorporating a mix of Zone 2 endurance training, high-intensity interval training, and hill repeats, would be more effective in preparing athletes for the unique challenges of ultra-endurance events, and ultimately, lead to greater success and improved sustained power output during such events.
Additionally, do the benefits of Zone 2 training on flat roads, such as increased cardiovascular fitness and improved mitochondrial density, necessarily translate to improved sustained power output during ultra-endurance events, or are these benefits largely specific to the type of training being performed.
It would be interesting to hear from others on this topic, particularly those with experience in ultra-endurance events, and gain a better understanding of the relative importance of different types of training in preparing for such events.